VACUUM TUBE COLLECTORS CPC NERO
Solarbayer CPC collectors are available either with 12 or 18 tubes.
Our evacuated tube collector CPC stands out from the crowd of standard tube
collectors because of its excellent optical and
technical properties. The 58mm thick
glass tubes guarantee a high yield
of solar energy and the replacement
of the single tubes is really
simple. Due to its ingenious design the
tube collector achieves highest solar
yield, especially in extreme fields
of application and when high temperatures
are required. A special CPC reflector behind the tubes
with an optimally located focus point
directs solar radiation onto the absorber
tubes in an ideal way, even when the
radiation angles are different.
Annual collector yield
per modul, according to Solar-Keymark, EN 12975 (50 K, location Würzburg)Registration number: 011-7S212 R
CPC Nero 12 (2,18 m²): 1288 kWh
Perfect use of solar thermal energy
Only high quality material is used for
the manufacturing of our CPC collector,
e.g. proved and tested full copper double
harp tubes and manifolds. Due to the
smart connection of
the single tubes to the flow and return
line a steady hat dissipation of all
single tubes is ensured. The special
inductive annular gap hard soldering
method guarantees an
absolutely secure connection of the harp
to the manifold. Therefore, a durable
construction is guaranteed. Thus, the
known Solarbayer quality and long service
life is guaranteed for the CPC collector
as well.
Your advantages with vacuum tube collectors CPC
- highest performance due to CPC tubes
- always the perfect focal point due to the CPC reflector
- high selective absorber coating
- high performance even when the lighting conditions are diffuse
- tubes are easy to change, without draining the complete system
- long operating life of the tubes, the vacuum is hermetically sealed against environmental influences
Product views
Successful detail solutions
-
aluminium casingnoble design in black
-
vacuum tube pipes with absorber58mm thick vacuum tube pipes with high selective coating AL-N/AL absorber and double-shell safety glass
-
U-pipescopper U-pipes inside the tubes
-
CPC reflectorHighly polished CPC reflector for perfect focal point
-
copper collector pipesevery U-pipe is connected to the Tichelmann principle for a regular flow
-
thermal insulationcompressed rock wool insulation
-
additional return flow pipe integretedallows a connection on one side of a collector row
Technical specifications
|
collector type
|
CPC 12
|
CPC 18
|
|
|
type of mounting
|
on roof (pitched/flat roof))
|
||
|
gross surface area
|
m² |
2,18
|
3,26
|
|
aperture surface area
|
m² |
1,89
|
2,83
|
|
number of collector tubes
|
12
|
18
|
|
|
height
|
mm |
1626
|
1626
|
|
width incl. connections
|
mm |
1420
|
2080
|
|
width
|
mm |
1342
|
2002
|
|
depth
|
mm |
126
|
126
|
|
weight unfilled
|
kg |
41
|
63
|
|
fluid capacity
|
L |
1,56
|
2,33
|
|
max. operating pressure
|
bar |
6
|
6
|
|
stagnation temperature
|
°C |
280
|
280
|
|
annual collector yield (EN 12975, 25°C location Würzburg)
|
kWh |
1546
|
2305
|
|
annual collector yield (EN 12975, 50°C location Würzburg)
|
kWh |
1288
|
1921
|
|
annual collector yield (EN 12975, 75°C location Würzburg)
|
kWh |
1084
|
1563
|
|
peak output (G=1000W/m², η0) (*1)
|
W |
1284
|
1914
|
|
conversion factor (*1)
|
η0 |
0,575
|
|
|
heat transfer coefficient a1 (*1)
|
W/(m²K) |
0,1250
|
|
|
heat transfer coefficient a2 (*1)
|
W/(m²K) |
0,004
|
|
|
incidence angle modifier IAM50
|
0,96
|
||
|
collector tube glass
|
safety glass
|
||
|
connections
|
mm |
CU 18 x 1,0
|
|
|
absorber with vacuum tube
|
U-shaped tube CU
|
||
|
absorber coating
|
high selective AL-N/AL
|
||
|
CPC-reflector
|
highly polished
|
||
|
casing
|
Aluminum
|
||
|
thermal insulation
|
compressed rock wool
|
||
|
according to standard
|
DIN EN 12975
|
||
|
hydraulic connection
|
maximum 5 collectors in a row
|
||
|
distance between collectors
|
mm |
70
|
|
|
permissible collector tilt
|
15° - 65° (stand-kit available)
|
||
|
min. recommended buffer storage tank volume
|
50 L/m² collector surface
|
||
(*1) Values according to EN 12975-2 (Quasi dynamic test outdoor)
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